Abstract: Disclosed is a sample analyzer comprising: a sample measuring section including a detecting section for detecting a component contained in a sample and a flow path for feeding the sample to the detecting section; and a control section. The control section is programmed to automatically control the sample measuring section to flow a sample blank free of particles to the detecting section and detect a component contained in the sample blank to check a background of the detection after the sample measuring section performs washing of the flow path.

Abstract: A sample analyzer comprising: a light source for emitting light to particles contained in a measurement sample which is prepared from a reagent and a urine sample collected from a subject; a detector for detecting scattered light and fluorescence which are generated from the particles in the measurement sample; a display; and a controller, wherein the controller executes operations comprising: obtaining particle data based on the scattered light and the fluorescence which are detected from the particles by the detector; and controlling, when the particle data satisfies a predetermined condition, the display to display information indicating a possibility that the subject is infected with an uncomplicated urinary tract infection is disclosed.

Abstract: Disclosed is a sample analyzer comprising: a sample measuring section including a detecting section for detecting a component contained in a sample and a flow path for feeding the sample to the detecting section; and a control section. The control section is programmed to automatically control the sample measuring section to flow a sample blank free of particles to the detecting section and detect a component contained in the sample blank to check a background of the detection after the sample measuring section performs washing of the flow path.

Abstract: The present invention is to present a bacteria analyzer comprising: a detector comprising: a light source for irradiating light on a measurement sample prepared from a specimen and a reagent; and a light receiving unit for receiving light generated by irradiating the light on the measurement sample from the light source; a scattergram data acquirer for acquiring scattergram data for generating a scattergram having information related to size of the bacteria contained in the specimen and fluorescence information generated by the bacteria as parameters; a bacteria number acquirer for acquiring number of bacteria contained in a plurality of regions on the scattergram for each region; and a form determiner for determining a form of the bacteria contained in the specimen.

Abstract: An apparatus for analyzing particles in urine comprising is disclosed that includes: a measurement specimen preparing section for preparing a measurement specimen by using a urine sample and a stain reagent; an optical detecting section comprising a light source for emitting a light to the prepared measurement specimen, a forward-scattered light receiving element for detecting forward-scattered light emitted from the specimen, a side-scattered light receiving element for detecting side-scattered light emitted from the specimen, and a fluorescence receiving element for detecting fluorescence emitted from the specimen; and a measurement section for measuring leukocytes in urine, based on the forward-scattered light, the side-scattered light and the fluorescence detected by the optical detecting section. A method for analyzing particles in urine is also disclosed.

Abstract: The present invention is to present a sample processing system that is capable of reducing the tasks involved in the connection of the transporting apparatus. The sample processing system comprises: the transporting apparatus 11 for transporting the sample container 32 to a predetermined position; and the analyzer 10 for analyzing the sample contained in the sample container 32 transported to the predetermined position, the analyzer 10 comprising: the connection part 15 for connecting the transporting apparatus 11; the aspirating part 10a for aspirating the sample contained in the sample container 32; the apparatus body 12 for measuring the sample aspirated by the aspirating part 10a; the input part 29 for inputting identification information for identifying a type of the transporting apparatus 11; and the control unit 16 for controlling an operation of the transporting apparatus 11 based on the identification information input by the input part 29.

Abstract: A sample analyzer comprising: a light source for emitting light to particles contained in a measurement sample which is prepared from a reagent and a urine sample collected from a subject; a detector for detecting scattered light and fluorescence which are generated from the particles in the measurement sample; a display; and a controller, wherein the controller executes operations comprising: obtaining particle data based on the scattered light and the fluorescence which are detected from the particles by the detector; and controlling, when the particle data satisfies a predetermined condition, the display to display information indicating a possibility that the subject is infected with an uncomplicated urinary tract infection is disclosed.

Abstract: The present invention is to present a bacteria analyzer comprising: a detector comprising: a light source for irradiating light on a measurement sample prepared from a specimen and a reagent; and a light receiving unit for receiving light generated by irradiating the light on the measurement sample from the light source; a scattergram data acquirer for acquiring scattergram data for generating a scattergram having information related to size of the bacteria contained in the specimen and fluorescence information generated by the bacteria as parameters; a bacteria number acquirer for acquiring number of bacteria contained in a plurality of regions on the scattergram for each region; and a form determiner for determining a form of the bacteria contained in the specimen.

Abstract: The present invention is to present a sample processing system that is capable of reducing the tasks involved in the connection of the transporting apparatus. The sample processing system comprises: the transporting apparatus 11 for transporting the sample container 32 to a predetermined position; and the analyzer 10 for analyzing the sample contained in the sample container 32 transported to the predetermined position, the analyzer 10 comprising: the connection part 15 for connecting the transporting apparatus 11; the aspirating part 10a for aspirating the sample contained in the sample container 32; the apparatus body 12 for measuring the sample aspirated by the aspirating part 10a; the input part 29 for inputting identification information for identifying a type of the transporting apparatus 11; and the control unit 16 for controlling an operation of the transporting apparatus 11 based on the identification information input by the input part 29.

Abstract: An apparatus for analyzing particles in urine comprising is disclosed that includes: a measurement specimen preparing section for preparing a measurement specimen by using a urine sample and a stain reagent; an optical detecting section comprising a light source for emitting a light to the prepared measurement specimen, a forward-scattered light receiving element for detecting forward-scattered light emitted from the specimen, a side-scattered light receiving element for detecting side-scattered light emitted from the specimen, and a fluorescence receiving element for detecting fluorescence emitted from the specimen; and a measurement section for measuring leukocytes in urine, based on the forward-scattered light, the side-scattered light and the fluorescence detected by the optical detecting section. A method for analyzing particles in urine is also disclosed.